Tiếng Việt
1) Description
High Recovery Vial is a specially designed laboratory vial designed to maximize sample recovery and reduce sample waste. The vial does not rely on an internal cannula to achieve high recovery rates, but rather does so through the unique design of its bottom, which is tapered or V-shaped. This allows almost all liquid samples in the vial to be easily removed with sampling tools such as needles or pipettes, thereby reducing sample residue.
This design of the High Recovery Vial is ideal for experiments where sample volume is at a premium or where costs are high, ensuring as little sample waste as possible. They are especially popular in areas such as drug development, biotechnology research, chemical analysis, and more. Made of high-quality borosilicate glass, these vials are compatible with different types of laboratory analytical instruments, including but not limited to HPLC and GC analyses. High recovery vials help improve the accuracy and reproducibility of experiments due to their efficient sample recovery capabilities.
2) Features
▶ High recovery vial features a bottom conical well which ensures maximum sample recovery.
▶ High recovery vial allow maximum sample extraction without need for separate inserts.
▶ High recovery vial unique bottoms to provide the optimum use with automated or manual sample storage and sample handling systems in compound or biological sample applications.
3) Application
Liquid Chromatography (LC): To maximize analyte recovery when dealing with rare or limited samples, high recovery vials are key in liquid chromatography (LC). They help ensure accurate handling and recovery.
Gas Chromatography (GC): Gas chromatography requires precise injection of volatile samples. High recovery vials ensure that these volatiles reach their intended destinations on the GC column for greater reliability in analysis.
Pharmaceuticals and Life Sciences: Pharmaceutical and life sciences researchers use high recovery vials for drug analysis, biomarker discovery and proteomics research requiring precise sample handling. High recovery vials offer efficient sample delivery with pinpoint precision for efficient sample handling.
Environmental Analysis: For environmental scientists, using high recovery vials to accurately measure trace contaminants in water, soil and air samples is paramount in accurately measuring even minute concentrations of pollutants.
Food and Beverage Industry: High recovery vials have long been utilized in food and beverage quality control applications, where precise analysis of flavor compounds, additives, and contaminants requires minimal sample loss.
